High-Precision Intraoperative C-arm Imaging for Minimally Invasive Surgery

In modern healthcare, imaging equipment has become a cornerstone for precise diagnosis and treatment. High-Precision Intraoperative C-arm Imaging for Minimally Invasive Surgery allows surgeons to achieve real-time visualization of complex anatomy, improving accuracy and patient safety. Perlove Medical’s Advanced C-arm Systems for Real-Time Surgical Navigation and Intervention deliver high-resolution images, flexible positioning, and intelligent control, enabling optimal intraoperative guidance across multiple specialties.

Clinical Applications

Orthopedic Surgery

C-arms play a critical role in spinal fixation, fracture reduction, and joint replacement by providing clear intraoperative images for accurate positioning of implants.

  • Imaging Mode: Radiography / Fluoroscopy
  • Exposure Parameters: 5kW–100kV, 50mA; pixel size ≤200μm
  • Positions: Anteroposterior (AP), lateral, inlet, outlet, axial

Perlove C-arms provide precise visualization of implants and bone structures. These Advanced C-arm Systems for Real-Time Surgical Navigation and Intervention integrate with robotic assistance and intraoperative navigation, reducing operation time and radiation exposure.

Clinical Example 1: In multi-level spinal fixation for severe scoliosis, Perlove C-arm allowed surgeons to adjust imaging angles in real-time, ensuring accurate pedicle screw placement.
Clinical Example 2: During complex pelvic fracture repair, flexible rotation and a 21cm flat-panel detector enabled precise visualization of implant alignment, minimizing repeated exposure.

Pulmonary Nodule Localization

For small thoracic lesions, 3D imaging provides spatial visualization, assisting percutaneous biopsies, lobectomies, and radiofrequency ablation.

  • Imaging Mode: 3D Mode
  • Parameters: 100kV, 1000mA

High-Precision Intraoperative C-arm Imaging for Minimally Invasive Surgery ensures precise needle navigation and lesion localization.

Clinical Example 1: Multiple lung nodules were biopsied using PLX C7600, with 3D imaging allowing accurate needle placement and minimizing pneumothorax risk.
Clinical Example 2: In minimally invasive lobectomy, 3D imaging helped locate lesions and vascular structures, improving surgical safety and reducing operating time by 20%.

Vascular Interventions

C-arms paired with DSA (Digital Subtraction Angiography) and Roadmap navigation clearly display blood vessel paths and contrast flow.

  • Mode: DSA / Roadmap
  • Frame Rate: 1–15 fps
  • Exposure: 25kW–100kV, 250mA

High-Precision Intraoperative C-arm Imaging for Minimally Invasive Surgery ensures continuous visualization of catheters and contrast agents, supporting precise intervention.

Clinical Example 1: TIPS procedure for portal hypertension used Perlove C-arm for clear hepatic vasculature visualization, ensuring accurate catheter placement and reducing contrast usage by 25%.
Clinical Example 2: During cerebral angiography, PLX7100A provided multi-angle DSA imaging with Roadmap overlay, enabling safe coil deployment for aneurysm treatment.

Pain Management

Procedures like nerve blocks, epidural injections, and radiofrequency ablation require real-time fluoroscopic guidance.

  • Mode: Fluoroscopy

Perlove C-arms provide low-dose, high-resolution imaging for precise needle placement. Using Advanced C-arm Systems for Real-Time Surgical Navigation and Intervention, clinicians achieve faster and safer interventions even in small ORs.

Clinical Example: A patient with trigeminal neuralgia received radiofrequency ablation guided by Perlove C-arm, reducing procedure time by 15 minutes.

Natural Orifice Surgery

ERCP, bronchial interventions, and urological procedures require contrast agents combined with high-frame-rate fluoroscopy.

  • Mode: Contrast Agent + High Frame Rate Fluoroscopy
  • Frame Rate: 15–30 fps
  • Exposure Parameters: 15–25kW, 100kV, 150–250mA

Perlove C-arms maintain clear imaging despite movement, enabling precise interventions. Advanced C-arm Systems for Real-Time Surgical Navigation and Intervention provide mobility and high-definition imaging for hybrid ORs.

Clinical Example: During biliary stent placement, high-definition imaging enabled accurate stent positioning without repeated exposures, reducing operative time and radiation.

Surgical Requirements and Operational Guidelines

Different surgeries require specific C-arm design, imaging angles, and workspace. Perlove C-arms balance image quality, flexibility, and radiation safety:

  • Orthopedic Surgery: Adequate free space (≥75cm), thin detectors, robotic compatibility.
  • Vascular Interventions: High power (≥25kW), large thermal capacity, multi-angle imaging, DSA/Roadmap mode.
  • Thoracic & ERCP Procedures: High-frame-rate fluoroscopy (15–30 fps), continuous exposure up to 1–2 minutes.
  • Pain & Respiratory Interventions: Compact, mobile, intelligent preset parameters.
ModelMain ApplicationsPowerKey Features
PLX C2118 / PLX7100AOrthopedic imaging, trauma care5–15kWCompact, easy operation, high-definition imaging
PLX7100AVascular interventions, TACE, cardiac imaging25–100kWDSA, Roadmap, high-frame-rate cine mode
PLX7500Multi-department surgery≥25kW3D imaging, intelligent parameter adjustment
PLX C7600Respiratory interventions, ERCP15kWHigh-frame-rate fluoroscopy, low-noise 3D imaging
PLX C2119Pain management, small-space ORs5kWFlexible, low-dose, precise positioning

Conclusion

From orthopedic fixation to vascular intervention, pulmonary puncture to pain management, High-Precision Intraoperative C-arm Imaging for Minimally Invasive Surgery empowers surgeons to perform safer, faster, and more precise procedures. Perlove Medical’s Advanced C-arm Systems for Real-Time Surgical Navigation and Intervention represent the future of intelligent surgical imaging, combining high-definition performance with user-friendly operation worldwide.

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